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Ilya and David Chalmers, the same vibe.. "Anything which I can learn, anything which any one of you can learn, the AI could do as well. The reason is that all of us have a brain, and the brain is a biological computer. So why can't the digital computer,... show more

Rohan Paul

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Ilya Sutskever, in his speech at UToronto 2 days ago: "The day will come when AI will do all the things we can do." "The reason is the brain is a biological computer, so why can't the digital computer do the same things?" It's funny that we are debating if AI can "truly think" or give "the illusion of thinking", as if our biological brain is superior or fundamentally different from a digital brain.

Ilya Sutskever, in his speech at UToronto 2 days ago: "The day will come when AI will do all the things we can do." "The reason is the brain is a biological computer, so why can't the digital computer do the same things?" It's funny that we are debating if AI can "truly think" or give "the illusion of thinking", as if our biological brain is superior or fundamentally different from a digital brain.

Yuchen Jin

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Ilya Sutskever says the real challenge of AI is how fast and extreme its growth will be it still has limits, but it already speaks, codes, and interacts in ways once impossible soon, perhaps within 3 to 10 years, AI will be able to do everything humans can do the reason: "the human brain is a biological computer, so why can't a digital brain do the same?"

Ilya Sutskever says the real challenge of AI is how fast and extreme its growth will be it still has limits, but it already speaks, codes, and interacts in ways once impossible soon, perhaps within 3 to 10 years, AI will be able to do everything humans can do the reason: "the human brain is a biological computer, so why can't a digital brain do the same?"

Haider.

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Ilya Sutskever predicts that in the coming years—whether it’s three, five, or ten—AI will be able to do everything humans can do. He argues that since the brain is a biological computer, a digital computer should, in theory, be capable of learning and performing all the same tasks. This belief underpins his confidence in the arrival of truly general AI.

Ilya Sutskever predicts that in the coming years—whether it’s three, five, or ten—AI will be able to do everything humans can do. He argues that since the brain is a biological computer, a digital computer should, in theory, be capable of learning and performing all the same tasks. This belief underpins his confidence in the arrival of truly general AI.

Wes Roth

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Elon Musk on MACROHARD: "I'd be surprised if by end of this year, the digital human emulation has not been solved. That's what we mean by like, the sort of MACROHARD project is, can you do anything that a human with access to a computer could do? That's the best you can do before you have a physical Optimus, the best you can do is a digital Optimus."

Elon Musk on MACROHARD: "I'd be surprised if by end of this year, the digital human emulation has not been solved. That's what we mean by like, the sort of MACROHARD project is, can you do anything that a human with access to a computer could do? That's the best you can do before you have a physical Optimus, the best you can do is a digital Optimus."

DogeDesigner

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"By the year 2030, there will be computers that can carry out the same amount of functions as an actual human brain. So, theoretically, you could download your thoughts and memories into this computer and live forever as a machine" "I just realized I can sleep with my eyes open"

"By the year 2030, there will be computers that can carry out the same amount of functions as an actual human brain. So, theoretically, you could download your thoughts and memories into this computer and live forever as a machine" "I just realized I can sleep with my eyes open"

Matthieu Pageau

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.Naval: Every human is a lottery ticket bet on the future of the species. One of the things that you really learn when you read David Deutsch’s theories and you authenticate them for yourself is you realize humans are universal explainers. That means everything that we know in the universe follows the laws of physics, and there’s no reason to believe otherwise. If you think otherwise, then please present your better theory that explains the world. If you can’t do that, then you have to go with the laws of physics. Well, the laws of physics are completely computable. They can fit inside a Turing machine or computer, and a computer can simulate the laws of physics with arbitrary accuracy, limited only by the specific power of that computer. If you increase the power of that computer, you can simulate them more accurately. So humans already simulate—in our minds we simulate—and through our computers we simulate the weather, we simulate quasars, we even simulate human systems. We simulate the economy. We simulate all kinds of things. So anything that can be understood, we can understand in our minds. This is something the AGI people get wrong when they talk about superintelligence. There is nothing out there that can understand something fundamentally that we can’t understand. It might be faster at it, it might have more compute, it might have more memory, but there’s no concept that it can understand that we can’t ourselves understand. So we are maximal universal explainers. That means every human is capable of unbounded creativity. Anyone could be the next Einstein or Fermi or Elon Musk or Jeff Bezos or Jonas Salk or whatever. So we can create anything. And if we can create anything, every human is a lottery ticket bet on the future of the species.

.Naval: Every human is a lottery ticket bet on the future of the species. One of the things that you really learn when you read David Deutsch’s theories and you authenticate them for yourself is you realize humans are universal explainers. That means everything that we know in the universe follows the laws of physics, and there’s no reason to believe otherwise. If you think otherwise, then please present your better theory that explains the world. If you can’t do that, then you have to go with the laws of physics. Well, the laws of physics are completely computable. They can fit inside a Turing machine or computer, and a computer can simulate the laws of physics with arbitrary accuracy, limited only by the specific power of that computer. If you increase the power of that computer, you can simulate them more accurately. So humans already simulate—in our minds we simulate—and through our computers we simulate the weather, we simulate quasars, we even simulate human systems. We simulate the economy. We simulate all kinds of things. So anything that can be understood, we can understand in our minds. This is something the AGI people get wrong when they talk about superintelligence. There is nothing out there that can understand something fundamentally that we can’t understand. It might be faster at it, it might have more compute, it might have more memory, but there’s no concept that it can understand that we can’t ourselves understand. So we are maximal universal explainers. That means every human is capable of unbounded creativity. Anyone could be the next Einstein or Fermi or Elon Musk or Jeff Bezos or Jonas Salk or whatever. So we can create anything. And if we can create anything, every human is a lottery ticket bet on the future of the species.

Arjun Khemani

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How is the Web changing due to AI? This visit to TinyFish yesterday goes deeply into just how. TinyFish makes a new kind of web browser. One that is started virtually. It is like a Google Chrome in the cloud. But it is very smart, can read and use any website, and your AI agents can talk to it. Here we talk about what it all means for business and the future of robots, brain computer interfaces, and AI glasses. It lets you build systems that can look at MANY websites at the same time and build new kinds of apps to do all sorts of new things.

How is the Web changing due to AI? This visit to TinyFish yesterday goes deeply into just how. TinyFish makes a new kind of web browser. One that is started virtually. It is like a Google Chrome in the cloud. But it is very smart, can read and use any website, and your AI agents can talk to it. Here we talk about what it all means for business and the future of robots, brain computer interfaces, and AI glasses. It lets you build systems that can look at MANY websites at the same time and build new kinds of apps to do all sorts of new things.

Robert Scoble

16,341 görüntüleme • 8 ay önce

Anthropic fucking killed it (again). biggest ai product launch of the year so far. claude can now control your entire computer autonomously. anything you can do on a computer - claude can. your very own digital employee. - any app, browser, file, spreadsheet, tool claude can intelligently access and operate. - claude controls your entire screen (like a human), no connectors. this is a huge step-up in intelligence. - best part: you can text claude to do things from your phone and it'll do work on your computer! - in the last week anthropic has shipped 9 features that have built up to this: a fully automated digital human. unreal

Anthropic fucking killed it (again). biggest ai product launch of the year so far. claude can now control your entire computer autonomously. anything you can do on a computer - claude can. your very own digital employee. - any app, browser, file, spreadsheet, tool claude can intelligently access and operate. - claude controls your entire screen (like a human), no connectors. this is a huge step-up in intelligence. - best part: you can text claude to do things from your phone and it'll do work on your computer! - in the last week anthropic has shipped 9 features that have built up to this: a fully automated digital human. unreal

Ejaaz

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Ilya Sutskever delivered the most intense AI wake-up call ever "We live in the most unusual time in history—because AI will soon do EVERYTHING humans can do. Why? Because your brain is a biological computer... so a digital one can match it. Jobs, skills, economy—everything changes when AI masters all human abilities. Then progress explodes at unimaginable speed. This is humanity's greatest challenge... and greatest reward." Even Ilya admits it's hard to emotionally grasp—yet the logic is inescapable. The future is coming fast—ignore it at your peril. 6:07 speech inside—must watch.

Ilya Sutskever delivered the most intense AI wake-up call ever "We live in the most unusual time in history—because AI will soon do EVERYTHING humans can do. Why? Because your brain is a biological computer... so a digital one can match it. Jobs, skills, economy—everything changes when AI masters all human abilities. Then progress explodes at unimaginable speed. This is humanity's greatest challenge... and greatest reward." Even Ilya admits it's hard to emotionally grasp—yet the logic is inescapable. The future is coming fast—ignore it at your peril. 6:07 speech inside—must watch.

Camus

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ELON: NEURALINK’S TELEPATHY ENABLES YOU TO CONTROL ALMOST ANYTHING BY THINKING “Our first product, we call it Telepathy, enables the person with a Neuralink implant to control their phone or computer just by thinking. Once you can control your phone or computer, you can essentially control almost anything, literally just by thinking. There's no eye tracking or anything. It is purely your thoughts. This is really quite a profound device that can help a lot of people who have lost the connection between their brain and body. Imagine if people like Stephen Hawking could communicate at the same speed as someone who still had the connection to their brain and body. It's really something that can help millions of people around the world.” Neuralink update, July 10, 2024

ELON: NEURALINK’S TELEPATHY ENABLES YOU TO CONTROL ALMOST ANYTHING BY THINKING “Our first product, we call it Telepathy, enables the person with a Neuralink implant to control their phone or computer just by thinking. Once you can control your phone or computer, you can essentially control almost anything, literally just by thinking. There's no eye tracking or anything. It is purely your thoughts. This is really quite a profound device that can help a lot of people who have lost the connection between their brain and body. Imagine if people like Stephen Hawking could communicate at the same speed as someone who still had the connection to their brain and body. It's really something that can help millions of people around the world.” Neuralink update, July 10, 2024

Mario Nawfal

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Jeff Bezos on the importance of long-form reading “The general rule here is that we humans do more of anything that is made easier. So if the friction level gets reduced, we do more of that thing.” This is why Jeff believes the Kindle is so important: “I can tell you that the people who buy a Kindle read 4x as many books in the 12 months after they’ve bought the Kindle than they did in the 12 months prior to buying the Kindle. And the reason is we’re reducing the friction of reading” He continues: “I’m really excited about long-form reading because I think we humans learn different things from long-form than we can learn from short-form. When you read a novel or a biography, you actually do get to live another life, and you learn things that are unlearnable in any kind of short form — whether it be a movie or a TV show or a blog post or a song. You learn different things.”

Jeff Bezos on the importance of long-form reading “The general rule here is that we humans do more of anything that is made easier. So if the friction level gets reduced, we do more of that thing.” This is why Jeff believes the Kindle is so important: “I can tell you that the people who buy a Kindle read 4x as many books in the 12 months after they’ve bought the Kindle than they did in the 12 months prior to buying the Kindle. And the reason is we’re reducing the friction of reading” He continues: “I’m really excited about long-form reading because I think we humans learn different things from long-form than we can learn from short-form. When you read a novel or a biography, you actually do get to live another life, and you learn things that are unlearnable in any kind of short form — whether it be a movie or a TV show or a blog post or a song. You learn different things.”

Perch

109,296 görüntüleme • 7 ay önce

"Elon Musk is a genius by all accounts. His commitment and his work, like I asked him one time about how does he learn. And the amount of research, the amount of study that he does is unheard of, but he'll always say the most important thing is imagination. You can learn anything that you want to learn. You can study all these things that you have in a book. If you don't have the imagination to take it to another level, it doesn't mean anything. I sat down and spoke with Elon for a couple hours. It was really, really a joy." — Kobe Bryant

"Elon Musk is a genius by all accounts. His commitment and his work, like I asked him one time about how does he learn. And the amount of research, the amount of study that he does is unheard of, but he'll always say the most important thing is imagination. You can learn anything that you want to learn. You can study all these things that you have in a book. If you don't have the imagination to take it to another level, it doesn't mean anything. I sat down and spoke with Elon for a couple hours. It was really, really a joy." — Kobe Bryant

DogeDesigner

241,985 görüntüleme • 1 ay önce

Geoffrey Hinton says one human sentence moves about 100 bits, while two machines can hand each other a billion: "The number of bits of information in a typical sentence is about 100 bits. So even if you understood me perfectly, when I produce a sentence, we can only transfer 100 bits." "If you take two digital agents running on different computers and one digital agent looks at one bit of the internet and decides how it would like to change its connection strengths, if they then both average their changes, they've transferred, well, if they've got a billion weights, they've transferred about a billion bits of information." "Notice that's thousands of times more than we do. And actually millions of times more than we do. And they do this very quickly." "And if you have 10,000 of these things, each one of these things can look at a different bit of the internet. They can each decide how they'd like to change their connection strengths, which started off all the same. They can then average all these changes together and send them out again." "Then you've got a thousand new, 10,000 new agents, each of which is benefited from the experience of all the other agents. So you've got 10,000 things that can all run in parallel. We can't do that. We can't do that." "Imagine how great it would be if you could take 10,000 students, each one could do a different course. As they're doing these courses, they could be averaging their connection strengths together. And by the time they're finished, even though each student only did one course, they would all know what's in all the courses." He's giving the clean textbook version here, and the mechanism is real. Averaging changes across copies is how you get one model out of thousands of machines. His own arithmetic is also where the trouble starts. When 10,000 copies fold their changes into one set of weights, what comes out is a sum. You can't run a sum backwards and ask which copy learned what, or which bit of the internet it read to learn it. A bank or a hospital asks that exact question before it signs anything off. What did this thing learn from? The speed Hinton is describing already shipped. Anything that can answer for what got learned is still years behind it. - Geoffrey Hinton, computer scientist and 2024 Nobel laureate in physics, at Hobart Town Hall (City of Hobart).

Geoffrey Hinton says one human sentence moves about 100 bits, while two machines can hand each other a billion: "The number of bits of information in a typical sentence is about 100 bits. So even if you understood me perfectly, when I produce a sentence, we can only transfer 100 bits." "If you take two digital agents running on different computers and one digital agent looks at one bit of the internet and decides how it would like to change its connection strengths, if they then both average their changes, they've transferred, well, if they've got a billion weights, they've transferred about a billion bits of information." "Notice that's thousands of times more than we do. And actually millions of times more than we do. And they do this very quickly." "And if you have 10,000 of these things, each one of these things can look at a different bit of the internet. They can each decide how they'd like to change their connection strengths, which started off all the same. They can then average all these changes together and send them out again." "Then you've got a thousand new, 10,000 new agents, each of which is benefited from the experience of all the other agents. So you've got 10,000 things that can all run in parallel. We can't do that. We can't do that." "Imagine how great it would be if you could take 10,000 students, each one could do a different course. As they're doing these courses, they could be averaging their connection strengths together. And by the time they're finished, even though each student only did one course, they would all know what's in all the courses." He's giving the clean textbook version here, and the mechanism is real. Averaging changes across copies is how you get one model out of thousands of machines. His own arithmetic is also where the trouble starts. When 10,000 copies fold their changes into one set of weights, what comes out is a sum. You can't run a sum backwards and ask which copy learned what, or which bit of the internet it read to learn it. A bank or a hospital asks that exact question before it signs anything off. What did this thing learn from? The speed Hinton is describing already shipped. Anything that can answer for what got learned is still years behind it. - Geoffrey Hinton, computer scientist and 2024 Nobel laureate in physics, at Hobart Town Hall (City of Hobart).

Karl Mehta

43,836 görüntüleme • 26 gün önce

"I became very fascinated with the idea of the brain computer interface and what consequences that might bring to the world. And this is one of the reasons The Brain Show came up, so that people will have a chance to see some of the realization of these ideas, see how they feel about it, and where we should be leading things."

"I became very fascinated with the idea of the brain computer interface and what consequences that might bring to the world. And this is one of the reasons The Brain Show came up, so that people will have a chance to see some of the realization of these ideas, see how they feel about it, and where we should be leading things."

Peter Gabriel

24,897 görüntüleme • 5 ay önce

NVIDIA silently released the Llama 3.1 70B Instruct Nemotron model which is topping leaderboards. You can try it here: I sat down with one of the researchers to learn how it performed so well and why they built this 🤙 Anything else I should ask him?

NVIDIA silently released the Llama 3.1 70B Instruct Nemotron model which is topping leaderboards. You can try it here: I sat down with one of the researchers to learn how it performed so well and why they built this 🤙 Anything else I should ask him?

Nader Khalil🍊

48,344 görüntüleme • 1 yıl önce

Muslims are right about one thing: Women should NOT have the freedom to travel “Women travel the world for the same reason they go to college, for the same reason they do anything, which is to be a whore.”

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Muslims are right about one thing: Women should NOT have the freedom to travel “Women travel the world for the same reason they go to college, for the same reason they do anything, which is to be a whore.”

Fuentes Updates

105,459 görüntüleme • 1 ay önce

The DEVIL and his DEVICES working in the same way as SCRYING MIRRORS of old? Communication under the 'old spell' of ADMIRALTY LAW? Computer PORTS, ETHERNET cables, through which DEIMONS from the ÆTHER traverse? Did you know DEIMON is a computer program?

The DEVIL and his DEVICES working in the same way as SCRYING MIRRORS of old? Communication under the 'old spell' of ADMIRALTY LAW? Computer PORTS, ETHERNET cables, through which DEIMONS from the ÆTHER traverse? Did you know DEIMON is a computer program?

WhatdoIknow

19,063 görüntüleme • 2 yıl önce

ELON: STARLINK WILL MOVE THE GDP OF COUNTRIES "Once you have access to the internet, you have access to all the world's information. But if you don't have access to the internet, or it's too expensive or low bandwidth, then you cannot access the MIT lessons. You can't access all the information, and you can't sell the goods and services that you produce. So, internet connectivity is certainly a candidate for one of the things that would do more to lift people out of poverty than anything else because they can now sell their goods and services, learn anything, and work better. Without connectivity, they cannot." Source: Milken Institute

ELON: STARLINK WILL MOVE THE GDP OF COUNTRIES "Once you have access to the internet, you have access to all the world's information. But if you don't have access to the internet, or it's too expensive or low bandwidth, then you cannot access the MIT lessons. You can't access all the information, and you can't sell the goods and services that you produce. So, internet connectivity is certainly a candidate for one of the things that would do more to lift people out of poverty than anything else because they can now sell their goods and services, learn anything, and work better. Without connectivity, they cannot." Source: Milken Institute

Mario Nawfal

16,367,338 görüntüleme • 2 yıl önce

The age of AI agents is here. Models can read, see, talk, and now, even use a computer— all by themselves. One of the first out of the gates is Anthropic’s Claude Computer Use. YC's Garry Tan dives into how it works, what it can do, and how it may change AI forever.

The age of AI agents is here. Models can read, see, talk, and now, even use a computer— all by themselves. One of the first out of the gates is Anthropic’s Claude Computer Use. YC's Garry Tan dives into how it works, what it can do, and how it may change AI forever.

Y Combinator

265,946 görüntüleme • 1 yıl önce

Marc Andreessen on the question at the center of data center discourse & why it's so important: "Can you build anything in America anymore? Can you build a factory? Can you build a chip plant? Can you build a power plant? Can you build a refinery? Can you build a pipeline? Can you build housing?" "One of the common themes in American life for the last 30 years is the answer to those questions is generally, no, you can't do any of those things." "Take as an example, Silicon Valley, right? So all the chips are made in Taiwan. Well, 40 years ago, all the chips were made in California." "Can you build things in America? Can you build a factory? Can you build an energy plant? Can you build a data center? Can you build housing?" "And on every single one of those, there's this massive problem which is, right now in many cases, in many places, no you can't." Marc Andreessen 🇺🇸 with Joe Rogan

Marc Andreessen on the question at the center of data center discourse & why it's so important: "Can you build anything in America anymore? Can you build a factory? Can you build a chip plant? Can you build a power plant? Can you build a refinery? Can you build a pipeline? Can you build housing?" "One of the common themes in American life for the last 30 years is the answer to those questions is generally, no, you can't do any of those things." "Take as an example, Silicon Valley, right? So all the chips are made in Taiwan. Well, 40 years ago, all the chips were made in California." "Can you build things in America? Can you build a factory? Can you build an energy plant? Can you build a data center? Can you build housing?" "And on every single one of those, there's this massive problem which is, right now in many cases, in many places, no you can't." Marc Andreessen 🇺🇸 with Joe Rogan

a16z

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